Cabinet corner cap and method of assembly

Abstract

A cabinet corner cap and method of assembly comprising forming metal sheet into a cabinet corner having an elongated space at the junction of two panels of the metal sheet forming the corner. A corner cap is molded from suitable plastic material and has an elongated horizontal top wall with a central longitudinal axis and a vertical wall projecting downwardly from the central longitudinal axis of the top wall and extending a major portion of the length of the horizontal top wall. The vertical wall includes a series of spaced apart ribs perpendicular to and on each side of the vertical wall and diverging away from the vertical wall in the direction of the top wall and joining the horizontal top wall. The vertical wall also has resilient fingers secured at one end to the vertical wall and free ends extending toward and spaced from the horizontal top wall a distance at least the thickness of the metal sheet forming the cabinet corner and the fingers diverge outwardly from the vertical wall a distance greater than the ribs and the width of the elongated space. The vertical wall of the corner cap is inserted into the elongated space at the junction of the two panels and the ribs center the corner cap in the space. Force is applied to the corner cap to pass the resilient fingers through the space to allow the fingers to spring back and span the width of the elongated space, thus retaining the corner cap in position to cover the elongated space in the cabinet corner.

Dependencies are inferred from the claim text.